TL;DR: In this article, a method and apparatus for managing a network access device is provided, where three distinct software layers are embedded within the access device: a combined text-interface generator, a combined Hypertext Transport Protocol server and a Simple Network Management Protocol manager.
Abstract: A method and apparatus for managing a network access device is provided. Embedded within the access device are three distinct software layers. The first layer is a combined text-interface generator and Hypertext Transport Protocol client. The second layer is a combined Hypertext Transport Protocol server and Simple Network Management Protocol manager. The third layer is a Simple Network Management Protocol agent that has direct access to the configuration data of the access device. A user can manage the device through the embedded text-interface generator, by using an external HTTP client to communicate with the embedded HTTP server, or by using an external SNMP manager to communicate with the embedded SNMP agent. Techniques are disclosed for embedding SNMP information in messages passed between HTTP clients and servers.
TL;DR: In this article, the authors describe a security system that includes a network adapter that links the security system to a computer network infrastructure to establish a connection to the network and an embedded HTTP server receives and responds to the requests sent from any HTTP client having access to the computer network.
Abstract: A security system includes a network adapter that links the security system to a computer network infrastructure to establish a connection to the network. An embedded HTTP server receives and responses to the requests sent from any HTTP client having access to the computer network. A browser-based management module allows any HTTP client that is capable of accessing the computer network to setup and maintain the security system. A browser-based information query module allows any HTTP client that is capable to access the computer network to access the information of the security system.
TL;DR: A methodology for mapping of a SystemC specification onto a given Network-on-Chip (NoC) architecture, for the purpose of FPGA prototyping, and an embedded HTTP server example substantiates the benefits of the methodology.
Abstract: This work presents a methodology for mapping of a SystemC specification onto a given Network-on-Chip (NoC) architecture, for the purpose of FPGA prototyping. A communication protocol and routing tables are generated automatically by using inter-module communication analysis. For each processor in the target architecture, assigned SystemC processes are converted into C++ programs, where all communication method calls are replaced with sending/receiving messages to/from the network interface (NI) process. For each module implemented in hardware a VHDL code of the NI is generated. NIs convert transmitted data into/from network packets according to the communication protocol. Presented embedded HTTP server example substantiates the benefits of the methodology.
TL;DR: In this article, a web server and data storage sharing based method of 3G wireless terminal equipment is proposed, where a subscriber can access the Internet conveniently and rapidly via a 3G terminal, and browse and obtain expected data and information.
Abstract: The invention discloses a web server and data storage sharing based method of 3G wireless terminal equipment A subscriber can access the Internet conveniently and rapidly via a 3G terminal, and browse and obtain expected data and information Technologies of embedded HTTP server, micro SD card, embedded file system, HTTP, CGI, AJAX, JAVASCRIPT, CSS and HTML are related to, the terminal is connected to the wireless terminal equipment to operate a micro SD card, and SD card in a data terminal is accessed via a browser
TL;DR: This work presents a methodology for mapping of a SystemC specification onto a given Network-on-Chip (NoC) architecture, for the purpose of FPGA prototyping, without the necessity of modification of the source system specification.
Abstract: This work presents a methodology for mapping of a SystemC specification onto a given Network-on-Chip (NoC) architecture, for the purpose of FPGA prototyping. A communication protocol and routing tables are generated automatically using inter-module communication analysis. For each processor in the target architecture, assigned SystemC processes are converted into C++ programs, where all communication method calls are replaced with sending/receiving messages to/from the network interface (NI) process. For each module implemented in hardware a VHDL code of the NI is generated. NIs convert transmitted data into/from network packets according to the communication protocol. The main advantage of our approach is the possibility to prototype and to evaluate many NoC architectures for a given system, without the necessity of modification of the source system specification. Presented embedded HTTP server example sub- stantiates the benefits of the methodology.